"Oh, and the result — perfect width, perfect texture, perfect density, perfect flavor, perfect temperature, perfect light — the essence of soba!" He has a thing about temperature: of the food, the wine, the nuts at the bar.
At the emergence of twinning, the corresponding perfect dislocation density was low (∼1014 m−2) but was well above the critical dislocation density required for twinning occurrence.
The perfect GNMS density in the promoters was maximum (388/Mb) in chromosome 3 and minimum (249.5/Mb) in chromosome 11, whereas in the 5'UTRs it varied from 816.1/Mb in chromosome 11 to 1360/Mb in chromosome 8 (see Additional file 1).
MCC is a mean field approximation (MFA) that ignores spatial fluctuations of distance constraints by replacing the actual molecular structure by an effective medium that has distance constraints globally distributed with perfect uniform density.
To meet these requirements, piezoelectric pumps with the merits of rapid response, high energy density, perfect integration, and no electromagnetic interference attracts a large number of researchers [12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24].
On recent Affymetrix arrays mismatch probes have been discarded in favor of greater perfect match probe density, so that mismatch intensities can no longer be subtracted before calculating RAS.
Results showed that the order of the thin-film surface structure was perfected, the defect density and resistivity were both firstly reduced and then increased when the hydrogen-ion energy was increased from 0 eV to 500 eV.
In the case of perfect fluid with energy density μ and pressure p, this requirement is satisfied iff μ ≥ and μ + p ≥ 0. Obviously, in the vacuum case (Tab ≡ 0) the weak energy condition is automatically satisfied.
The designed bare DNH system exhibits an outstanding absorption capability with a photocurrent density (under perfect internal quantum process) predicted to be 27.93 mA/cm2, which is 17.39%, 26.17%, and over 100% higher than the best single-nanohole (SNH) system, SNH system with an identical Si volume, and equivalent planar configuration, respectively.
In that ideal case, the atoms are positioned on a perfect lattice, the electron density is perfectly periodic, and the Fourier transform F('q') is zero except when 'q' belongs to the reciprocal lattice (the so-called Bragg peaks).
We identified ten potential regulatory regions of Olig2 using a combination of sequence conservation across seventeen vertebrate genomes and TFBS density, and perfect HMR conservation.
